Sentence examples for coefficient down to from inspiring English sources

These measurements exhibited negative Seebeck coefficient down to 40 K establishing the n-type behavior of the co-doped ZnO films.

The films deposited under optimal conditions showed high hardness in the range of 30 37 GPa, significant reduced Young's modulus, low friction coefficient down to 0.1 0.2 and low wear rate in comparison with conventional magnetron-sputtered TiC and TiN films.

The MuBiNaFs demonstrated high hardness in the range of 38 44  GPa, Young's modulus 310 350  GPa, high percentage of elastic recovery 70 75%, low friction coefficient down to 0.17 0.25 (both in air and under physiological solution) and two orders of magnitude lower wear rate compared with Ti substrate.

The second region (II) is characterized by a decrease in the deuterium retention coefficient down to ~23%%.

This manifests itself in a sharp fall of the deuterium retention coefficient down to 2 %, and also, in the kink of the curve showing this coefficient as a function of the radiation dose (see Figs. 2 and 3).

The candidate genes GER1 and FBP were mostly negatively correlated with the seedling development traits with a correlation coefficient down to -0.39.

The presence of hard underlayer, such as TiC, TiCN or TiSiN, was shown to be essential for extremely low friction coefficients down to 0.015 0.03.

The high potential and industrial relevance of the coatings with a maximum hardness of 25.2 GPa is corroborated by excellent tribological properties with low friction values down to 0.4 and wear coefficients down to 1.8·10−16 m3/Nm.

The friction properties of W S C Ti coatings were found to be comparable to that of W S C coatings, with friction coefficients down to μ ≈ 0.02 and similar wear rates against steel in a dry atmosphere.

Unlubricated steady-state friction coefficients down to 0.13 were obtained for films with 69 at.% carbon, while the electrical contact resistance could be reduced by two orders of magnitude by addition of a-C H pha-C Ho phasey carbidic films.

Electrons are most suitable for this type of study because they experience far less adiabatic energy losses than protons so that they respond directly with changes of the diffusion coefficients down to very low kinetic energy, E ∼ 1 MeV.